// Regular expression: AB
// Max. length: 5


public class MFourballsOKR  {
	public MFourballsOKR() {
	}

	public String testTS_1_34() {
		paper.Fourballs obtained=null;
			double arg1=-2;
			double arg2=3;
			double arg3=-2;
			double arg4=3;
		obtained =new paper.Fourballs(arg1, arg2, arg3, arg4);
			int arg5=3;
		double [] result0=obtained.relativeWeight(arg5);
		return String.valueOf(result0[0])+String.valueOf(result0[1])+String.valueOf(result0[2]);
	}

	public String testTS_1_35() {
		paper.Fourballs obtained=null;
			double arg1=-2;
			double arg2=3;
			double arg3=-2;
			double arg4=3;
		obtained =new paper.Fourballs(arg1, arg2, arg3, arg4);
			int arg5=4;
		double [] result0=obtained.relativeWeight(arg5);
		return String.valueOf(result0[0])+String.valueOf(result0[1])+String.valueOf(result0[2]);
	}


	public String testTS_1_37() {
		paper.Fourballs obtained=null;
			double arg1=-2;
			double arg2=3;
			double arg3=3;
			double arg4=-2;
		obtained =new paper.Fourballs(arg1, arg2, arg3, arg4);
			int arg5=-1;
		double [] result0=obtained.relativeWeight(arg5);
		return String.valueOf(result0[0])+String.valueOf(result0[1])+String.valueOf(result0[2]);
	}

	public String testTS_1_38() {
		paper.Fourballs obtained=null;
			double arg1=-2;
			double arg2=3;
			double arg3=3;
			double arg4=-2;
		obtained =new paper.Fourballs(arg1, arg2, arg3, arg4);
			int arg5=1;
		double [] result0=obtained.relativeWeight(arg5);
		return String.valueOf(result0[0])+String.valueOf(result0[1])+String.valueOf(result0[2]);
	}

	public String testTS_1_39() {
		paper.Fourballs obtained=null;
			double arg1=-2;
			double arg2=3;
			double arg3=3;
			double arg4=-2;
		obtained =new paper.Fourballs(arg1, arg2, arg3, arg4);
			int arg5=2;
		double [] result0=obtained.relativeWeight(arg5);
		return String.valueOf(result0[0])+String.valueOf(result0[1])+String.valueOf(result0[2]);
	}

	

	
}